System and method for capturing, associating and distributing photographic images

ABSTRACT

A system and method for capturing and distributing photographic images are provided. A wireless transmitter is physically coupled with a subject. The wireless transmitter broadcasts an identification code that is received by a wireless transceiver associated with a camera. One or more cameras capture visual images and associate at least one image with at least one wireless transmitter identification code. The image is stored as a record in a database and associated with one or more identification codes and a time/date stamp. The record is retrievable by reference to each associated identification code and optionally in reference to the time/date stamp. Records may be provided via the Internet or other electronic communications network, to include telephony systems. Records may be provided according to price schedules related to image quality, quantity, advertising content options.

RELATED APPLICATIONS

This present Non-Provisional U.S. Utility Patent Application is aContinuation-in-Part to U.S. Provisional Patent Application No.60/587,726 which was filed on Jul. 13, 2004, and this presentNon-Provisional U.S. Utility Patent Application does hereby claim thebenefit of the priority date of the aforementioned U.S. ProvisionalPatent Application No. 60/587,726. The aforementioned U.S. ProvisionalPatent Application No. 60/587,726 is hereby incorporated by reference inits entirety herein and for all purposes in this Patent Application.

FIELD OF THE INVENTION

The Present Invention relates to electronic systems and methods foracquiring and distributing photographic images. More particularly, thePresent Invention relates to methods and systems for generating andproviding access to digital data files related to, or comprising,photographic images.

BACKGROUND OF THE INVENTION

Most consumers often enjoy viewing photographs of themselves, theirfriends and families engaged in athletic, leisure and recreationalactivities. The photographic instrument industry has consistentlyresponded to this wide-spread desire by striving to design andmanufacture photographic equipment that record quality photographs whileplacing minimal skill requirements on the operator of the camera. Theincreased sophistication of commercially available and modestly priceddigital electronics cameras has created an expectation among the publicthat photography should be easily and reliably accomplished in anysetting. In addition, the storage of photographic images in digitalelectronic media has satisfied a public appetite for easily acquiringand enabling the delivery and presentation of visual images.

The common use of the Internet to enable remote access to digitalphotographs has created a vibrant market in hassle-free photographicprocessing. In particular, vacationers and persons engaged inrecreational activities often wish to have photographs of theiractivities recorded for later selection and publishing. Yet most peopleoften do not wish to be responsible for taking photographs whileperforming athletic or athletic feats, such as surfing or playingtennis. There is therefore a long-felt need to enable consumer access tophotographs of identifiable persons engaged in active pursuits, whereinthe photographs are generated by equipment operated by third partyagents or vendors.

SUMMARY OF THE INVENTION

Towards this object, and other objects that will become obvious in lightof the Prior Art and the present disclosure, the Method of the PresentInvention provides a method and system to generate and provide access tophotographic images of persons, animals, other living entities andobjects.

In a first preferred embodiment of the, the present invention provides asystem and method for capturing and distributing photographic images.The basic system includes a portable wireless transmitter, a wirelessreceiver, a digital storage module and a camera. The wirelesstransmitter is associated with and transmits an identification code tothe wireless receiver. The wireless receiver is configured to receivethe identification code broadcast from the wireless transmitter. Thedigital storage module is coupled with the wireless receiver and storesthe identification code record. The camera is communicatively coupledwith the digital storage module. The camera captures photographicimages, provides the photographic images to the digital storage module,and stores the photographic images in a record and associates the recordwith the identification code record, also incorporated into the storagemodule.

The invention further allows for a method and system to readily connectcustomers to their pictures or video. This technology can be used inmany areas of everyday life but in one particular embodiment exampleprovided herein is for the sports and recreation photography market. Theinvention will give skiers, snowboards, surfers, an many other sport orrecreation customers, instant and easy access to his/her sport picturesor videos associated with a person, location or object, wherein theperson place or object is associated with an identification code andphotographic records. Additionally, the system and method can be sold toor used in the business sector where a business using this inventionwill receive a percentage of the cost of each photo sold. In otherembodiments this invention can be expanded to many other general areassuch as theme park photography, parent-child security safety, andextreme sport buddy tracking, etc. The many potential uses andpossibilities are will be made relevant to one skilled in the art inlight of this disclosure.

In a basic embodiment, this system and method comprise two elements ofhardware, a key chain module, and a camera side module. The key chainmodule can be a small, battery operated, optionally weather proofed,wireless transmitter. The key chain module is assigned an identificationnumber on a permanent or reprogrammable basis. The identification numbermay optionally be visually displayed on the outside of the key chaindevice. The key chain module may additionally be associated with auniversal resource locator of a website or webpage of a website. Thecamera side module comprises a wireless receiver hardware configured tocouple and communicate with the camera (e.g., as a camera's hot shoe)and with a digital memory storage module. The wireless receiver modulemay be configured to be compatible with one or a plurality ofcommercially available camera brands. In certain preferred alternateembodiments, the camera images and associated recorded identification(“ID”) ID numbers can be stored directly on a standard digital cameramemory chip. The recorded images with associated ID numbers can then bedownloaded manually onto a computational system, such as a personaldigital assistant, a personal computer or a laptop computer. Theseimages can then be retrieved directly from the computer, such as by thephotographer, and sorted by ID number, to be given or sold to the personwho was photographed or other third party requestor or customer.Alternatively, in still certain other preferred embodiments, therecorded images with associated ID numbers can be uploaded from storageon a computational system to a web-linked database, such as via phonelines or DSL, or cable or other such link. In certain additionalpreferred embodiments, digital photo images with associated ID numberscan be uploaded via wireless link, directly from the camera based site,to an Internet linked database.

In some embodiments a digital data memory storage system and method maycomprise a web site accessible database housed on a web server systemwith internet access as the central hub of such a product for customeraccess to recorded photos and/or video. Such a system not only providesa user-friendly customer interface, but also can help automate aphotographer's camera upload process. The website, and associatedprogramming behind it, can facilitate data distribution processesincluding uploading pictures from a photographer's camera, customersearch and sort capability, and customer downloads and purchase. TheInternet accessible database method can give a customer the capabilityto have instant on-line access to his or her pictures/video. Certainstill alternate preferred embodiments of the method of the presentinvention comprise a user friendly customer interface where the customercan just login and type in his/her ID code for instant access to his/herpictures or video. The customer will have the ability to performtargeted searches on a picture database and purchase only the images ofinterest and after partial or complete observation on a video screenreceiving photographic records from the web site.

Furthermore an example a web accessibility technique comprised withinyet other alternate preferred embodiments of the present invention isprovided: One or more cameras will each have a wireless receiverhardware module and antenna attached. For manual camera applications,the present invention may be configured to attach to hot shoe coupledwith the manual camera. For automated cameras, the hot shoe can be usedto mount hardware, or the hardware can be placed away from the camera ina fixed location. In one such embodiment, surfers can be given awaterproof transmitter to be attached to clothes or body of the surfer,or a surfboard. Alternatively, a keychain with a transmitter can attachto clothes, or a nose guard with a transmitter can be attached to asurfboard. The transmitters can be made available at no charge, orrented and/or a monetary deposit in conformance with the instantbusiness model. The transmitter device may have the associated webaddress for database access printed on it, along with the surfer'sunique ID number which the transmitter is programmed to transmit.

In such an embodiment, automated cameras are aimed at main surf zones orany high volume surf location, and are zoomed in and adjustedaccordingly. When a surfer passes through the camera's field of view,with his transmitter turned on, his unique ID number gets broadcast toand received by the camera-based receiver, and logged into memory withassociated photos or video. The memory with photos and ID numbers areuploaded to the website accessible database. After surfing, the surfercan go home and log in to the associated web page for instant access tohis/her pictures or video.

Where automated equipment cannot be or is not configured at a particularimplementation or location, e.g., a beachfront, then paid photographerscan attach the Camera Side Module hardware to their cameras. Similar tothe automated cameras, the manual camera's pictures will have thesurfer's unique ID numbers logged to memory along with their pictures.

Similarly, certain other additional alternate preferred embodiments ofthe method of the present invention provide a system useful for wintersports photography. For example, skiers and snowboarders at a resort canbe given a weather resistant transmitter to be attached to or coupledwith their body, clothes or equipment. A keychain can attach to clothes,or it can be attached to snow equipment. Similar to the surf example,the transmitters can be rented, pre-sold, made available at no chargeand/or a monetary deposit can be required depending on the relevant andapplied business model. Each transmitter device may optionally have theweb address for retrieval and the assigned ID number printed on orvisually presented on the outside of the transmitter device. Thetransmitter device is programmed to transmit a unique ID number.Automated cameras may be aimed at selected locations, e.g., ski zones,terrain parks, or any high volume activity area. The camera may beadjusted in relation to the environment of the camera's location toenable the camera to more typically generate better photographic images.When a skier passes through the camera's field of view, his unique IDnumber is logged to the current video segment or picture most recentlygenerated by the camera. After a long day, the skier can go home and login to an associated web page for instant access to his/her pictures orvideo.

In still other additional preferred embodiments of the method of thepresent invention, a Theme Park example is provided with still and/orvideo camera equipment, and alternately or additionally for a manualequipment photographer. Customers will be given a transmitter device tocarry around the park. This can be attached to clothes. Cameras areaimed at selected location, high volume activity locations, park ridesentrances or segments, etc., and are zoomed in and optically adjusted tobetter generate marketable photographic images. When a customer passesthrough the camera's field of view, his unique ID number is transmittedby the transmitter device and received by the receiver of the camera.The ID number is then stored in a record of the digital device moduleand is associated with to the most recently generated, or a closelytemporally associated, video segment or picture. After a long day, thecustomer can go home and log in to the associated web page for instantaccess to his/her pictures or video. Other versions of embodiments canbe envisioned by and made obvious to one of skill in art in light ofthis disclosure. For example, in addition to the automated cameras, paidphotographers can walk around the park taking pictures. Similar to theautomated cameras, the manual camera's pictures will have customer IDnumbers stored as records and associated with appropriate photographicimage records of a digital memory device module.

One particular advantage of certain yet other additional preferredembodiments of the method of the present invention is that ID codenumbers can be transmitted to camera side devices at considerabledistances, and in particular can be configured to transmit the IDnumbers in ranges significantly more than a 20 feet distance betweentransmitter and receiver, and optionally more than 1,000 feet in certainother preferred embodiments of the method of the present invention.

It is understood that in certain alternative preferred embodiments ofthe Method of the Present Invention access to and/or availability of therecords or documents may be limited to specified individuals, permittedupon payment or promise of payment, a showing of permission, or after atime delay. The foregoing and other objects, features and advantageswill be apparent from the following description of the preferredembodiment of the invention as illustrated in the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

These, and further features of the invention, may be better understoodwith reference to the accompanying specification and drawings depictingthe preferred embodiment, in which:

FIG. 1 is an illustration of a first preferred embodiment of the presentinvention, or first system;

FIG. 2 is a schematic of a wireless transmission device, or keychainside device, of the first system of FIG. 1;

FIG. 3 is a schematic of a camera side device of the first system ofFIG. 1 and having a wireless receiver, a digital storage module and acamera;

FIG. 4 is a syntax diagram of an identification message generated by thekeychain side device of FIGS. 1 and 2;

FIG. 5 is a syntax diagram of an image message generated by the cameraside device of FIGS. 1 and 3;

FIG. 6 is a second preferred embodiment of the method of the presentinvention, or second system;

FIG. 7 presents a flow chart of a system software of the keychain sidedevice of FIGS. 1 and 2;

FIG. 8 presents a flow chart of a system software of the camera sidedevice of FIGS. 1 and 3;

FIG. 9 presents a flow chart of a system software of the secondpreferred embodiment of the method of the present invention;

FIG. 10 is a top view of the keychain side device of FIGS. 1 and 2.

FIG. 11 is an illustration of a first alternate preferred embodiment ofthe process flow of a second preferred embodiment of the method of thepresent invention that is enabled by the second system of FIG. 6;

FIGS. 12A, 12B and 12C are schematics of the process flow of FIG. 11;

FIGS. 13A and 13B are illustrations of a second and third alternatepreferred embodiment of the process flow of a second preferredembodiment of the method of the present invention that is enabled by thesecond system of FIG. 6;

FIG. 14A is a schematic of the process flow of FIG. 13A; and

FIG. 14B is a schematic of the process flow of FIG. 13B

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

The following description is provided to enable any person skilled inthe art to make and use the invention and sets forth the best modescontemplated by the inventor of carrying out his or her invention.Various modifications, however, will remain readily apparent to thoseskilled in the art, since the generic principles of the PresentInvention have been defined herein.

Referring now generally to the Figures and particularly to FIG. 1, FIG.1 is an illustration of a first preferred embodiment of the presentinvention, or first system 2. A plurality of Keychain Side Devices 4(“KSD 4”) is each coupled with a specific subject, such as a user,animal, object or location. It is understood that the term subject isdefined to include herein a person, a living being, a geographicfixture, a vehicle, a real property, a location, a building, anequipment, and an object. The coupling of the KSD 4 with a person may beaccomplished by a strap 6 of a KSD 4 that physically attaches atransmission module 8 to a person. The coupling of the KSD 4 with anobject or a location may be accomplished by a hook 9 of a KSD 4 thatphysically attaches a transmission module 8 to a user. It is understoodthat the terms “coupled” and “coupling” are defined herein to includedirect or indirect mechanical or physical attaching and attachment. Itis further understood that the term “communicatively coupled” and“communicatively coupling” are defined herein to include the enablementof and/or capability to transmit and receive messages via wirelesstransmission means and techniques, and not requiring a direct orindirect physical or mechanical attachment or coupling. The transmittermodules 8, as described below in reference to FIG. 2 and elsewherewithin this disclosure, transmits messages to a Camera Side Device 10(“CSD 10”) via an antenna 12 of the CSD 10. It is understood that theCSD antenna 12 may be a directional antenna. In certain alternatepreferred embodiments of the present invention he KSD 4 may beconfigured to transmit information, and the CSD 10 may be configured toreceive the information transmitted by the KSD 4, over a distancegreater than a 20 feet, and optionally more than 1,000 feet.

The CSD 10 may optionally be mounted on a rotating stage 14, wherein thevisual range of the CSD 10 may be increased by rotating and/ortranslating the CSD 10 (optionally within up to six degrees of freedom)to capture wider areas of a transmission operating region 16 (definedwithin the lines 16A and 16B) within a photographic field of view 18(defined within the lines 18A and 18B) of the CSD 10.

Referring now generally to the Figures and particularly to FIG. 2, FIG.2 is a schematic of the KSD 4 of the first system 2 of FIG. 1. The KSD 4includes the (a.) transmission module 8 and (b.) the strap 6 and/or theattachment hook 9. The strap 6 wraps fully around a limb 20 of the user,such as an ankle or wrist, and is detachably secured to the user's limb20 by means of a hook and fastener assembly 22A & 22B of the strap 6. Itis understood that in certain alternate preferred embodiments of themethod of the present invention the transmission module 8 may beremovably attached to an article of clothing by means of an attachmentmeans known in the art, to include buckles, safety pins and pressureclips. The transmission module 8 includes a case 23, an identificationregister 24, a digital memory device 25, a transmitter 26 comprising atransmission interface 26A and an antenna 26B, an optional programminginterface 27, a battery 28 and a controller 29. The identificationregister 24, digital memory device 25, transmitter 26, optionalprogramming interface 27 and controller 29 are communicatively coupledvia a KSD communications and power bus 30 (“KSD bus 30”). The battery 28provides electrical power to the identification register 24, optionaldigital memory device 25, transmitter 26, programming interface 27, andthe controller 29 via the KSD bus 30. The case 23 houses, protects andis coupled with the identification register 24, the optional digitalmemory device 25, the transmitter 26, the optional programming interface27, the battery 28, the controller 29 and the KSD bus 30. It isunderstood that in certain alternate preferred embodiments of the methodof the present invention the battery 28 may be a energy receptor andstorage device that harvests and stores energy stored via radio wavetransmission and then provides the harvested and stored data to powerthe KSD 4. The controller 29 is a logical device that controls theoperations of the KSD 4 via the KSD bus 30 and in accordance with a KSDsystem software 32. The KSD system software 32 is partly or whollystored within the digital memory device 25 and/or the KSD controller 29.The identification register 24 (“ID register 24”) is a memory devicethan may be read only memory, random access memory, programmable memory,and/or other suitable electronic memory device in the art. An ID field34 of the ID register 24 stores an identification code 36 (“ID code36”), the ID code 36 uniquely distinguishing each KSD 4 from theplurality of KSD's 4. An optional data field 38 of the ID register 24may be used to store additional information, such as indicia ofownership or source of the ID register 24. A user personality identifier40 may be stored in the digital memory device 25, wherein the userpersonality identifier 40 associates a specified person, location orobject temporarily or permanently associated with the KSD 4. Theoptional programming interface 27 may be used to enter the ID code 36and/or the personality identifier 40 into the ID register 24 and/or theoptional digital memory device 25. The optional programming interfacemay comprise a keyboard or other suitable data interface device known inthe art. The optional programming interface 27 may also be used by auser to direct the controller to format, issue and transmit a request tothe CSD 10 to take a photograph.

The KSD 4 may optionally include one or more additional modules, toinclude a clock 42, a time date stamp circuit 44, a GPS locator module46 and/or a manual control 48, each of which are communicatively coupledwith the KSD bus 30 and are powered by the battery 28. The clock 42 mayinform the controller 29 when to periodically read data from ID register24 and when to format and transmit an ID message 50 via the KSDtransmitter, as per FIG. 5. The time date stamp circuit 44 may providethe KSD controller 29 with time and date information 52 to include inthe ID message 50. The GPS locator module 46 may receive or generategeographical positioning information 54 on the basis of signals receivedform the Earth orbiting satellite transmissions by means of the KSDtransmitter 26. The GPS locator module 46 processes the satellitetransmissions received via the KSD transmitter 26 and transmitsgeographical positioning information 54 derived from the satellitetransmissions to the controller 29 for inclusion in the ID message 50.

The manual control 54 may be enable a user to direct the KSD controller29 to prepare and transmit an ID message 50 via the antenna 46 to theCSD 10 and/or request the CSD 10 to capture an image by taking aphotograph.

Referring now generally to the Figures and particularly to FIG. 3, FIG.3 is a schematic of the CSD 10 of FIG. 1 comprising the CSD antenna 12,a CSD control module 56 comprising a CSD digital data storage module 58,and a camera 60. The camera 60 is a digital camera having alight-sensitive pickup electronic device 62 coupled with a digital imageprocessor 64. The light-sensitive pickup electronic device 62 convertsreceived visual signals of light energy into electrical impulses andtranslates the electrical impulses to the digital image processor 64.The digital image processor 64 converts the electrical impulsesgenerated by and received from the light-sensitive pick-up device 62into a digital image document 66. The digital image processor 64 iscommunicatively coupled with a CSD communications and power bus 68 (“CSDbus 68”) of the control module 56, and transmits the digital imagedocument 66 to the control module 56 via the CSD bus 68.

The CSD control module 56 includes a CSD case 70, the CSD digital memorystorage device 56, a CSD controller 72, a CSD digital memory device 74,a transmitter 76 comprising a transmission interface 78 and the antenna12, an optional CSD programming interface 80, a server interface 82, anda CSD battery 84. The CSD controller 72, CSD digital memory device 74,transmitter 76, CSD programming interface 80 and a server interface 82are communicatively coupled via the CSD bus 68. The battery 84 provideselectrical power to the CSD digital memory storage device 56, the CSDcontroller 72, the CSD digital memory device 74, transmitter, the CSDprogramming interface 80, and server interface 82 via the CSD bus 68.The CSD case houses, protects and is coupled with the CSD digital memorystorage device 56, the battery 84, the CSD controller 72, CSD digitalmemory device 74, transmitter, CSD programming interface 80, and serverinterface 82 and the CSD bus 68.

The CSD controller 72 directs the operations of the control module 56 inconformance with a CSD system software 86. The CSD system software 86may be stored within or distributed among the CSD controller 72, the CSDmemory device 74, and/or the CSD digital memory storage device 56.

The CSD 10 may optionally include one or more additional modules, toinclude a CSD clock 88, a CSD time date stamp circuit 90, a CSD GPSlocator module 92 and/or a CSD manual control 94, each of which arecommunicatively coupled with the CSD bus 68 and are powered by the CSDbattery 84. The CSD clock 88 may inform the CSD controller 72 when toperiodically read data from the CSD digital memory storage device 56 andwhen to format and transmit an image message 96 via the CSD transmitter76, as per FIG. 6. The CSD time date stamp circuit 90 may provide theCSD controller 72 with a time and date information 98 to include in theimage message 96. The CSD GPS locator module 92 may receive or generategeographical positioning information 54 on the basis of signals receivedform the Earth orbiting satellite transmissions by means of the CSDtransmitter 76. The CSD GPS locator module 92 processes the geographicalinformation received from the CSD transmitter 76 and transmitsgeographical positioning data to the CSD controller 72 for inclusion inthe image message 96.

The CSD manual control 94 may be enable an operator to direct the CSDcontroller 72 to prepare and transmit the image message 96 via the CSDtransmitter 76 and/or request the server interface 82.

The CSD memory storage device 56 comprises a memory card interface 56A,or digital media reader 56A, and a removable memory card 56B, where thememory card interface 56A is configured to write image messages 96 intoa memory of the memory card 56B. The removable memory card 56B may be orcomprise a CD ROM, a DVD, a PCMCIA memory card or other suitable memorymedia known in the art.

FIG. 4 is a syntax diagram of an ID message 50 generated by the keychainside device 4 of FIGS. 1 and 2. A header data field 50A containsinformation that initiates and identifies the ID message 50. The ID code36 is stored in an ID code data field 50B. Time date information 52 isstored in a TDS data field 50C. Geographic position data 54 is stored ina GPS data field 50D. The optional user personality identifier 40 isstored in the data field 50E. An optional open data field 50F permitsthe inclusion of other information. A tail data field 50G containsinformation that identifies and concludes the ID message 50.

FIG. 5 is a syntax diagram of an image message 96 generated by thecamera side device of FIGS. 1 and 3. A header data field 96A containsinformation that initiates and identifies the image message 96. The IDcode 36 is stored in an IM ID code data field 96B. Time date information98 is stored in an IM TDS data field 96C. Geographic position data 54 isstored in an IM GPS data field 96D. The digital image document 66 isstored in a data field 96E. Where the format of the digital imagedocument 66 includes attributes, e.g., in accordance with a JPEG format,the ID code 36 may be included as attribute to the digital imagedocument 66 and stored in the data field 96E.

It is further that the digital image document 66 may be single framedata or video data. It is further understood that the image message 96may include a plurality of data fields 96B wherein information receivedin a plurality of ID messages 44 generated by more than one KSD 4 isassociated with the digital image document. An optional service providerdata field 96F may include information related to the person,corporation, or entity providing the first system 2. An optional cameradata field 96G may include information related to the camera 60. Anoptional location data field 96H may include information related to thelocation of the camera 60 and/or the first system 2. A tail data field96I contains information that identifies and concludes the image message96.

Referring now generally to the Figures and particularly to FIG. 6, FIG.6 is a second preferred embodiment of the method of the presentinvention 100, or second system 100, comprising the first system 2 ofFIG. 1, a communications network 102 and optionally the Internet 104.The communications network 102 may be or comprise a telephony system, awireless telephony system, and/or a computer communications network. TheCSD 10 is communicatively coupled via a server base station 106 with thecommunications network 102, and optionally to the Internet 104. Inaccordance with a network system software 105, a server base station 106communicates with the CSD 10 via a server transceiver 108, as shown inFIG. 1. Alternatively or additionally, the server base transceiver 108may be communicatively coupled via the server interface 82 to the CSDdata bus 68 by a hard wire connection 110. The hard wire connection 110may be or comprise wire, cabling, optical fibers, or other suitablesignal transmission media known in the art. Image messages 96 may betransmitted to the server base station 106 and therefrom made accessibleto the communications network 102 and/or the Internet 104.

Image messages 96 may be transmitted via the communications network 102to a data library system 112. The data library system 112 comprises adata base 113 maintained by an image memory data base module 114. Theimage messages 96 are made accessible while stored in one or more imagedata base 113 maintained by the image memory data base module 114. Adata library system 115 comprises a data base 113 maintained by theimage memory data base module 114. The image data base 113 may beaccessed by a network computer 116, whereby a user may search for imagemessages 96 associated with a time and date, a location, an ID code 36,a GPS information 54, a personality identifier 40, or other informationstored in an image message 96.

Alternatively or additionally, Image messages 96 may be transmitted viathe Internet 104 to one or more image memory data base modules 114. Theimage messages 96 are stored in an image data base 113 maintained by theimage memory data base module 114. The image data base 113 may beaccessed by a network computer 116 via the Internet 104, whereby a usermay search for image messages 96 associated with a time and date, alocation, an ID code 36, a GPS information 54, a personality identifier40, or other information stored in an image message 96.

Image messages 96 may be alternatively delivered to a network computer116 for access by a user by means of the memory card 54B and a memorycard interface 54A. Image messages 96 may be alternatively be madeaccessible by a user by means of an image server 118 via a transmitter120 and a wireless telephone 122. The wireless telephone 122 may be aportable wireless telephone or a personal digital assistant having avideo display configured to visually present still images and or video.

Referring now generally to the Figures and particularly to FIG. 7, FIG.7 presents a flow chart of the KSD system software 32. In step 7.0 theKSD 4 is powered up and reset. In step 7.1 a KSD ID code 36 is writteninto the KSD 4 via the programming interface 27. It is understood thatin certain alternate preferred embodiments of the KSD 4 the ID code 36is present in the KSD 4 upon power up and does not have to be writteninto the KSD 4. In step 7.2 a personality identifier 40 is written intothe KSD 4 via the programming interface 27. In step 7.3 the KSD 4generates and formats an ID message 50. In optional step 7.4 GPSinformation is entered into the ID message 50. In optional step 7.5 thepersonality identifier 40 is entered into the ID message 50. In optionalstep 7.6 time date information 52 is entered into the ID message 50. Instep 7.7 the ID message 50 is transmitted via the KSD transmitter 76 tothe CSD 10 and/or the server base station 106. In step 7.8 the KSDcontroller 29 determines whether the KSD shall (a.) power down in step7.9, or (b.) proceed on to a wait step of 7.10 and from step 7.10 ontostep 7.3. It is understood that in certain still alternate preferredembodiments of the KSD 4 a power down may be caused by an interruptinitiated by a user by means of the programming interface 27.

2. Referring now generally to the Figures and particularly to FIG. 8,FIG. 8 presents a flow chart of the CSD system software 86. In step 8.0the CSD 10 is powered up and reset. In step 8.1 the camera 60 takes aphoto or records a video file and forms a digital image document 66. Inoptional step 8.2 the CSD 10 receives an ID message 50 from a KSD 4. Itis understood that in certain alternate preferred embodiments of themethod of the present invention the ID messages 50 and the imagemessages 96 are associated by the server base station 82 rather than bythe CSD 10. It is further understood that in certain other alternatepreferred embodiments of method of the present invention the digitalimage document 66 associated with the ID code 36 of the ID message 50 isgenerated within one minute of receipt of the ID code 36 by the CSD 10.

In step 8.3 the CSD 10 generates and formats an image message 96containing the payload of the digital image document 66 and optionallyinformation harvested from one or more payloads of ID messages 50. Wherethe format of the digital image document 66 includes attributes, e.g.,in accordance with a JPEG format, the ID code 36 may be added asattribute to the digital image document 66 and include in the data field96E of the image message 96 in step 8.3.

It is understood that more than one User ID code 36 and/or personalityidentifier 49 may be stored into the image message 96 and associatedwith the digital image document 66 stored in the same image message 96.In optional step 8.4 GPS information 54, the personality identifier 40,CSD time date information 98 and/or KSD time date information 52 isentered into the image message 96. In optional step 8.5 the imagemessage 96 is written into the removable digital memory card 54A. Instep 8.6 the image message 96 is transmitted by the CSD 10 to the serverbase station 106 by wireless transmission and/or via the hard line 110.In step 8.7 the CSD controller .x determines whether the CSD shall (a.)power down in step 8.8, or (b.) proceed on to step 8.1.

Referring now generally to the Figures and particularly to FIG. 9, FIG.9 presents a flow chart of the network system software 105. It isunderstood that the network system software 105 may be distributed aboutthe base server system 106, the communications network 102 and/or theInternet 104 is powered up. In step 9.0 the base server system 106 ispowered up. In step 9.1 the base server system 106 receives an imagemessage 96 from the CSD 10. In optional step 9.2 an ID message 50 isreceived from the KSD 4 and integrated into an image message 96. In step9.3 the image message 96 is transmitted to a memory module 114, or othersuitable memory module that is communicatively coupled with the Internet104 and/or the communications network 102. In step 9.4 the image messageis stored into one or more data bases 113 and/or one or more removabledata storage cards 54B. In step 9.5 access by the network computer 116to one or more data bases 113 is enabled. In step 9.6 the networksoftware 105 determines whether a request for a digital image document66 stored within one or more data bases 114. The request may be issuedfrom a network computer 116 and/or a wireless telephone/PDA 122 and mayreference an ID code 36, a personality identifier 40, a time dateinformation 54, or other suitable data stored in a data base 113. When arequest is received in step 9.6, and an electronic payment is receivedin step 9.7, the network system 100 downloads one or more digital imagedocument 66 in step 9.8. In step 9.9 the network system software 105determines whether the network system 100 shall (a.) cease operations instep 9.10, or (b.) proceed on to step 9.1.

Referring now generally to the Figures and particularly to FIG. 10, FIG.10 is a top view of the KSD 4 of FIGS. 1 and 2.

Referring now generally to the Figures and particularly to FIG. 11, FIG.11 is an illustration of a first alternate preferred embodiment of theprocess flow of a second preferred embodiment of the method of thepresent invention that is enabled by the second system 100 of FIG. 6. Itis understood that the retrieval of digital image documents 66, i.e.“pictures”, may require the customer to submit an electronic payment bymeans of a purchasing system or method employable via the Internet, orother suitable payment or purchasing system or method known in the art.

Referring now generally to the Figures and particularly to FIGS. 12A and12B, FIGS. 12A, 12B and 12C are schematics of the process flow of FIG.11.

Referring now generally to the Figures and particularly to FIGS. 13A and13B, FIGS. 13A and 13B are illustrations of a second and third preferredembodiment of the process flow of a second alternate preferredembodiment of the method of the present invention that is enabled by thesecond system 100 of FIG. 6

Referring now generally to the Figures and particularly to FIG. 14A,FIG. 14A is a schematic of the process flow of FIG. 13A.

Referring now generally to the Figures and particularly to FIG. 14B,FIG. 14B is a schematic of the process flow of FIG. 13B.

Although the examples given include many specificities, they areintended as illustrative of only certain possible embodiments of theinvention. Therefore, it is to be understood that the invention may bepracticed other than as specifically described herein. Other embodimentsand modifications will, no doubt, occur to those skilled in the art. Theabove description is intended to be illustrative, and not restrictive.Thus, the examples given should only be interpreted as illustrations ofsome of the preferred embodiments of the invention, and the full scopeof the invention should be determined by the appended claims and theirlegal equivalents. Those skilled in the art will appreciate that variousadaptations and modifications of the just-described preferredembodiments can be configured without departing from the scope andspirit of the invention. Other suitable techniques and methods known inthe art can be applied in numerous specific modalities by one skilled inthe art and in light of the description of the Present Inventiondescribed herein. Many other embodiments will be apparent to those ofskill in the art upon reviewing the above description. The scope of theinvention as disclosed and claimed should, therefore, be determined withreference to the knowledge of one skilled in the art and in light of thedisclosures presented above.

1. A method of capturing and associating photographic images with a subject, the method comprising: coupling a portable radio wave wireless transmitter with the subject, the wireless transmitter for broadcasting an identification code in a wireless transmission; providing a wireless receiver, the wireless receiver comprising a directional antenna and configured to receive the identification code broadcast from the wireless transmitter when the wireless transmitter is located within an operating region of the wireless antenna; providing a digital storage module, the digital storage module communicatively coupled with the wireless receiver, and the digital storage module for receiving the identification code from the wireless receiver and storing the identification code in a data record; and providing a digital camera, the digital camera communicatively coupled with the digital storage module, the digital camera for generating a digital image document when an optical field of the digital camera encompasses the operating region of the directional antenna of the wireless receiver and communicating the digital image document to the digital storage module, wherein the digital storage module stores the digital image document and associates the identification code with the digital image document.
 2. The method of claim 1, wherein the transmission device automatically broadcasts the identification code.
 3. The method of claim 1, wherein the transmission device broadcasts are initiated by the subject.
 4. The method of claim 1, wherein the digital storage module is communicatively coupled with the Internet, and where at least one identification code and an associated digital image document are uploaded from the digital storage module to an Internet accessible data base.
 5. The method of claim 1, wherein the digital image document is generated within one minute of receipt of the identification code by the wireless receiver.
 6. The method of claim 2, wherein the digital image document and the identification code are stored in a digital media.
 7. The method of claim 4, wherein the digital image document is accessed from the Internet accessible data base by reference to the identification code.
 8. The method of claim 7, wherein an access to the digital image document is purchased via the Internet.
 9. The method of claim 5, wherein the digital media is communicatively coupled with a digital media reader, and the digital media is accessed via the digital media reader.
 10. The method of claim 1, wherein the wireless transmitter is communicatively coupled with a time/date stamp module and a time/date stamp is generated by the time/date stamp module and the time/date stamp is broadcast by the wireless transmitter to the wireless receiver.
 11. The method of claim 1, wherein the wireless transmitter is communicatively coupled with a GPS module and a GPS information is generated by the GPS and the GPS information is broadcast by the wireless transmitter to the wireless receiver.
 12. A system for generating and storing a digital image document, the system comprising: a portable radio wave wireless transmitter configured for transmitting an identification code; a wireless receiver comprising a directional antenna and configured to receive the identification code from the wireless transmitter, when the wireless transmitter is located within an operating region of the wireless antenna; a digital storage module communicatively coupled with the wireless receiver and configured for receiving the identification code from wireless receiver and storing the identification code; and a digital camera communicatively coupled with the digital storage module, the digital camera configured for generating a digital image document when an optical field of the digital camera encompasses the operating region of the directional antenna of the wireless receiver and providing the digital image document to the digital storage module, wherein the digital storage module stores the digital image document and associates the digital image document with the identification code.
 13. The system of claim 12, wherein the identification code is stored as an attribute of the digital image document.
 14. The system of claim 12, wherein the portable wireless transmitter is encased in a water resistant housing.
 15. The system of claim 12, wherein the digital storage module is communicatively coupled with the Internet, whereby the digital image document is accessible via the Internet.
 16. The system of claim 12, wherein the digital storage module is communicatively coupled with a telephony system, whereby the digital image document is accessible via the telephony system.
 17. The system of claim 12, wherein the wireless transmitter and the wireless receiver are configured to communicate the identification code over greater than 20 feet.
 18. The system of claim 12, wherein the wireless transmitter and the wireless receiver are configured to communicate the identification code over greater than 100 feet.
 19. The system of claim 12, wherein the wireless transmitter and the wireless receiver are configured to communicate the identification code over greater than 1,000 feet. 